Used MISONIX AU-550E #9301947 for sale

MISONIX AU-550E is a laminar flow and fume hood designed to protect laboratory personnel from hazardous fumes and particles. It is made from non-corrosive metal and offers superior materials, outstanding performance and considerable cost savings. The fume hood is equipped with a non-bypass laminar flow to maintain consistent air movement, directed away from the user and outside the hood. The fume hood has adjustable door and window latches that control opening and closing and allow flexible access for users. Additionally, the hood maintains a wide working area of up to 66" W x 22" D x 48" H and contains a built-in flange for duct connection. The two 24 watts light bulbs and 60 watts motor ensure strong lighting and reliable airflow, respectively. A TFE coated flow-out baffle minimises loss of containment while the charcoal tempered-glass sliding sash provides easy access and maximises containment workspace. The sliding sash is set on a counterbalance to reduce complex weight and stressed on moving panels, and the raised base pan also adds internal height and prevents cross-contamination​​. The filtration system filters particles of 0.3 um and larger, and optional pre-filter packs adjust to different levels of filtration for a constant high quality level of HEPA certified clean air. The unit also features an interior exhaust nozzle that works in conjunction with the externally mounted direct drive blower/motor unit to maintain a clean and efficient environment. The laminar flow and fume hood also provide low-velocity air pressure in comparison to traditional hoods, reducing the chances of hazardous powder or chemical transfer. Its budget-friendly construction, accessory compatibility and reliable performance establishes AU-550E as an ideal choice for your laboratory. This laminar flow and fume hood is an effective and dependable piece of equipment that provides laboratory personnel with added protection and allows them to work on projects with confidence. Furthermore, its durable design, energy efficiency and safety features make it a practical choice for any research or laboratory environment.